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The latest News and Information on IT Networks and related technologies.

Protecting against HTTP/2 Bomb vulnerability (CVE-2026-49975) with HAProxy

On June 2, 2026, security researchers disclosed a remote denial-of-service (DoS) exploit named the HTTP/2 Bomb. This flaw allows unauthenticated remote attackers to rapidly exhaust server memory, rendering major web servers inaccessible.

Bridging AI and Infrastructure: Introducing the Megaport MCP Server for Agentic Networking

Discover the Megaport MCP Server and how it enables AI-powered, agentic networking through natural language access to network infrastructure. By Miwa Fujii, Community Manager - Terraform and Ryan Tucker, Solutions Architect In the cloud networking era, we’ve moved from manual configurations in the Portal to Infrastructure as Code (IaC), Terraform. But the next frontier isn’t just code, it’s intelligence. We are pleased to announce the release of the Megaport MCP Server (Open Beta).

From Tee Time to Uptime: A True Cyber Resilience Story

In this 90-second customer case study, Mehdi Salehi from Golfbreaks shares the operational and security gains his team saw with N-central. Highlights include about 20% annual cost savings, around 20 minutes saved per end-user support session, a 90% increase in third-party patch coverage, and about 70% improvement in server OS update coverage. Watch the short video to see how automation and a central pane of glass helped reduce the burden on the team and deliver greater peace of mind.

Progress Wins at the Network Computing Awards

Progress has been named a winner at this year's Network Computing Awards, earning industry recognition for its ongoing commitment to innovation and delivering real-world value to customers. A standout event in the UK technology calendar, the Network Computing Awards celebrate organizations and solutions that are driving measurable impact across the industry.

Live proxy stock visibility on NSOCKS for smarter pre purchase decisions

Buying proxy access becomes much more controlled when the user can inspect real inventory instead of relying on vague package promises. On the homepage, NSOCKS presents a model where specific IPs can be reviewed before payment, with visible details such as geolocation, speed, ISP data, protocol support, and live availability. That shifts the buying process away from blind subscription logic and toward deliberate selection based on current stock. The practical value of the service comes from this visibility layer, because it lets users judge what they are paying for before money leaves the balance.

INSOCKS for proxy governance quality control and scalable team workflows

Proxy infrastructure becomes more valuable when it is managed like a governed business resource instead of a one click purchase. For teams that need repeatable buying rules, visible quality signals, and cleaner reporting, INSOCKS can be treated as a platform for proxy governance rather than only a catalog of IP addresses. The service combines product variety, fraud screening, usage history, API access, and support channels in a way that helps teams build internal standards for selection, testing, approval, and renewal.

Internet Performance Monitoring: Understand Digital Experience from the User's Perspective

Internet Performance Monitoring (IPM) provides end-to-end visibility into what happens between your infrastructure and your users, across networks and services you don’t own or control. The internet is your network now. Your apps live in the cloud, your users are everywhere, and the systems that deliver your applications and services to them use hundreds of providers, ISPs, and networks beyond your control. In practice, that means infrastructure monitoring is the foundation.

What Is IPoDWDM? A Guide to Converged IP and Optical Networking

IP over Dense Wavelength Division Multiplexing (IPoDWDM) is a network architecture that integrates optical transmission capabilities directly into IP networking equipment such as routers and switches. This approach represents a significant evolution from traditional network designs, where IP and optical layers were managed as separate domains with distinct hardware and operational teams.